High-performance manufacturing platforms designed for optimized polymer melt-spinning, web formation, and precise calender bonding.
Designed for high-speed single-beam production, achieving uniform web formation with optimal tensile strength in standard widths.
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Engineered for multiple-beam configuration inputs, generating composite fabrics with enhanced physical metrics and high-volume outputs.
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Optimized for heavy-weight bag manufacturing, ensuring optimal calender patterns for packaging flexibility and tearing resistance.
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Dual-beam high-speed system providing enhanced web density, optimized soft hand-feel, and robust efficiency margins for global buyers.
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Focuses on low power consumption indexes, integrating a unique air drafting unit to minimize running operational costs.
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Robust industrial structural framing, integrating advanced PLC control systems for steady temperature regulation across die manifolds.
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State-of-the-art high-capacity line boasting linear speeds up to 400m/min, suited for enterprise-level volume orders.
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An ideal entry-level commercial platform with high uptime, low raw material waste, and rapid layout configuration.
Configure MachineHistorically, Polypropylene (PP) dominated the spunbond landscape. However, as global engineering requirements scale upward, Polyethylene Terephthalate (PET) spunbond nonwoven systems have transitioned from niche applications to foundational components in heavy industries.
Compared to PP, PET polymer features a much higher melting point (approx. 260°C versus PP's 165°C), conferring remarkable thermal stability. This enables PET nonwovens to operate continuously under extreme heat loads without dimensional deformation or chemical degradation, a critical parameter for automotive engine filters and roofing underlayments.
Moreover, our advanced 5th Generation spinning technology achieves superior molecular orientation during high-velocity air quenching and drafting. This molecular alignment gives PET spunbond fibers significantly higher tensile strength, lower elongation ratios, and enhanced creep resistance. The result is a high-tenacity, isotropic fabric that serves as the benchmark material for geotextiles, roofing membranes, and demanding filtration setups.
Pujiang HG Nonwoven Machinery is a recognized global manufacturer specializing in PP/PET spunbond and meltblown turnkey systems.
By introducing and optimizing advanced 5th Generation spunbond spinning technology, we have resolved common industry bottlenecks: high energy expenditure, polymer degradation inside the feed manifold, and uneven fiber distribution across wide cross-directional (CD) spans.
Our machines utilize precise polymer temperature zoning, multi-stage filtration units, and an innovative, aerodynamically optimized air-draft slot. This ensures that the extruded filaments maintain a highly uniform denier distribution (ranging from 1.5 to 3.0 denier), reducing fiber consumption while maintaining structural integrity.
How HG Machinery balances peak engineering quality with cost efficiency to create global competitive advantages.
Our CNC machining facilities run continuous high-tolerance runs on key components. We source electrical control elements from world-class suppliers like Siemens and Omron, ensuring global compatibility and parts availability.
Our automation systems coordinate motor speeds, melt pumps, quench pressures, and winder tensions. An integrated industrial PC and touch-screen interface allow operators to monitor critical variables in real-time.
Our systems process virgin polymers and recycled PET bottle flakes (rPET). Specialized extrusion and filtration systems manage fluctuating intrinsic viscosities (IV) in recycled feedstocks without breaking yarn.
A detailed look at the composite spunbond systems designed to match specific B2B demand profiles.
Focuses on high-speed packaging, furniture backing, and lightweight agricultural covers.
Combines spunbond strength with meltblown filtration. Ideal for medical drapes and surgical gowns.
Features two internal meltblown die heads to provide enhanced barrier and filtration metrics.
The peak of high-speed composite spinning. Provides extreme barrier performance and softness.
Different industries demand unique fabric configurations. Discover how our machines optimize output characteristics.
We provide complete project support, handling machinery design, installation, calibration, and personnel training.
Establishing a modern PET or PP spunbond manufacturing facility requires careful planning and coordination. We support you through every phase of the project:
Find answers to key technical, operational, and commercial questions about our spunbond systems.
Explore our systems for nonwoven manufacturing, waste recovery, and post-production processing.
A complete production system integrating raw material preparation, extrusion, drawing, calendering, and winding.
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A reliable, single-beam production line designed for manufacturing high-quality, lightweight packaging materials.
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A high-speed composite line designed for producing premium medical barriers and filtration fabrics.
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A processing system that recycles scrap nonwoven fabric edge trims directly back into production-grade pellets.
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A high-performance line designed for cleanroom operations, producing fabrics with low linting and high barrier properties.
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An energy-efficient line designed to run continuously with minimal downtime and low maintenance overhead.
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A high-torque granulator designed to process dense scrap plastics, turning waste into reusable raw materials.
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Our highest capacity production line, engineered for continuous operation in demanding industrial settings.
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HG NONWOVEN
